The U.S. Coast Guard Research and Development Center issued a request for information for directed energy systems on Monday. The Guard is conducting market research to determine the availability and technical readiness of high-energy laser technologies for maritime applications.

\"The USCG is investigating advances in directed energy technologies and their potential to augment current fleet capabilities. Directed energy is defined as electromagnetic systems capable of converting chemical or electrical energy to radiated energy and focusing it on a target, resulting in physical damage that degrades, neutralizes, defeats, or destroys an adversarial capability,\" Guard officials said in the posting.

The solicitation identifies specific threats that the service aims to counter with these emerging technologies. Primary targets of interest for the directed energy systems include unmanned aerial systems and uncrewed surface vessels.

Officials outlined where such systems might be deployed across the Guard's operational footprint. Potential installation locations for Guard directed energy weapons include vessels at sea, such as cutters and small boats, or fixed sites such as piers.

The request for information seeks detailed technical specifications from industry providers. Vendors must submit data regarding physical dimensions, weight, power requirements, cooling requirements, and a rough order of magnitude for cost of acquisition and installation.

Performance metrics form another critical component of the inquiry. The request for information asks vendors for wavelength, output power, area of effect, and range information.

Software capabilities are also under review as part of the market research effort. The request for information asks vendors for software load details, including target profiles and targeting methods, if available.

Operational integration factors remain a key focus for the research center. The request for information asks vendors for a list of details about their offerings related to physical characteristics, mounting and interface requirements, prior performance, safety features, and logistics.

The maritime setting presents distinct hurdles for the deployment of sensitive optical and electronic equipment. \"The unique challenges of the maritime environment may require packaging to protect against shock, vibration, sea spray, and airborne particulates, including smoke and fuel exhaust,\" Guard officials said.

Industry responses to the request for information are due Aug. 20. This deadline establishes the timeline for vendors to provide their technical data and cost estimates to the service.

The U.S. Guard falls under the Department of Homeland Security. The U.S. Guard is considered a military service and often deploys its platforms to support the Navy and the joint force.

From a military standpoint, high-energy lasers offer several tactical advantages over conventional kinetic weapons. Benefits of high-energy lasers from a military perspective include speed-of-light engagement, low cost per shot, and deep magazines.

However, the path to operational deployment involves overcoming substantial engineering obstacles. Significant technical challenges associated with developing and integrating directed energy weapons include beam control, thermal management, and size, weight, and power issues.

This market research initiative signals the Guard's intent to integrate directed energy weapons into its defensive arsenal against evolving unmanned threats. By seeking detailed technical and logistical data from vendors, the service is assessing the maturity of technologies that promise speed-of-light engagement and lower operational costs. The focus on maritime-hardened packaging and integration with existing platforms such as cutters shows the specific environmental and operational constraints the service must address. The Aug. 20 deadline for industry responses marks the next step in evaluating whether these systems are ready for potential acquisition and deployment.